To understand the electron’s structure and behaviour,
let us look at the pictures of the Whirlpool Galaxy, M51 and
Stefan’s Quintet (N.G.C. 7137-20) galaxies (pictures
below). These pictures help us to imagine the electron’s
structure as one possible way of connecting energetic formations.
For a greater understanding, see the galaxy drawings below.

Cloud-like formations of energetic matter appear near the
point at which the paths join the swirls. At the apex of the
magnetic (Schwarzschild, A2) swirl, we see a tightly held
cloud of energetic matter flowing toward it from the energetic
(Kerr, A1) swirl. This cloud forms when the swirl cannot handle
all the energy flowing to it. Energetic matter from the Schwarzschild
swirl flows along a magnetic path and creates a more loosely
held cloud of energetic matter near the confluence of the
Kerr swirl.

Every energetic path is composed of magnetic and energetic
rings, but the proportions and behaviour of the rings are
different in each path. The energetic cloud is not static.
It is a living formation of swirling and vibrating energetic
matter. The cloud near the Kerr swirl rotates in a perpendicular
direction, as does the magnetic loop. It is part of the magnetic
paths and is very loosely connected to both the paths and
to the swirl.